2AVRY-SWX0002Wireless Ceiling Mount Sensor

WIRELESS CEILING MOUNT OCCUPANCY SENSOR INSTALLATION & OPERATION INSTRUCTIONS SPECIFICATIONS ELECTRICAL & WIRELESS BATTERY TYPE Requires one CR123(A) Lithium Battery BATTERY LIFE Designed for 10 Year Life (under default settings) Non-Volatile Memory (saves all settings regardless of battery state) Blink Warning @10% Life RANGE 80’ line of site w/o obstruction (walls) 40’ with obstruction (walls/floors) FREQUENCY 915 MHz ISM Band WIRELESS LINKING Simple 3 sec. Push Button Process SECURITY All Wireless Data is Encrypted ENVIRONMENTAL OPERATING TEMP 32°F to 122°F (0°C to 50°C) RELATIVE HUMIDITY 0-95% Non-Condensing, Indoor Use Only CODE COMPLIANCE These sensors can be used to meet ASHRAE 90.1, IECC, & Title 24 energy code requirements. PHYSICAL SIZE 4.00” Diameter x 1.25” H (10.16 x 3.17 cm) WEIGHT 4.75 oz COLOR White LED INDICATION Motion Detection (when in Test Mode) Wireless Linking (Pairing) OPERATION OPERATING MODES Occupancy & Vacancy Modes Configured on Linked Controller COMPATIBLE LOAD CONTROLLERS SWX-851 Wall Switch SWX-950 Series Power Packs WIRELESS TEST MODE Button Toggles On/Off Wirelessly Linked Loads COVERAGE TEST MODE White LED Illuminates Upon Detected Occupancy TIME DELAY OPTIONS Configured at Load Controller(s) 1, 5, 10, 15, 20, 30 min. FEATURES ÃPairs in Seconds with Wireless Controllers ÃPassive Infrared (PIR) Detection Ã360° Small Motion Coverage Pattern Ã10 Year Battery Life Design ÃCompact Size and Matte Finish ÃFour Contractor Friendly Mounting Methods ÃMounting Nipple Attachment with Integrated Hole Saw ÃConvenient Test Modes OVERVIEW The SENSORWORX ® wireless ceiling mount occupancy sensor is a simple, yet reliable battery powered control solution. Preferred by contractors for their flexible mounting methods, SENSORWORX wireless sensors greatly reduce total installation time and wireless pairing fuss. Requiring just a few seconds per device, SENSORWORX wireless sensors can be linked to one or more wireless load controllers (such as the SWX-851 wireless wall switch, or a SWX-950 series wireless power pack). Additionally, these sensors can be configured to work in applications with other wireless or wired ceiling, corner, or hallway sensors to provide extended coverage in large or irregularly shaped spaces. As with all SENSORWORX products, the latest passive infrared technology and digital signal processing techniques are used to provide unmatched occupant detection performance and energy savings. MODEL NUMBERSDESCRIPTION SWX-201-B WIRELESS CEILING MOUNT SENSOR, PIR, 360° SMALL MOTION, BATTERY POWERED SWX-299-JP CEILING SENSOR TRIM RING FOR MOUNTING TO SINGLE GANG MUDRING, HANDY BOX, OR 4” OCTAGON BOX DETAILED OPERATION ÃBy default, every ~60 seconds the sensor transmits whether or not occupancy was detected during the previous period. ÃReferred to as the sensor’s “heartbeat”, this period can be reduced to ~30 seconds although this will decrease expected battery life. ÃIf a sensor transmitted “unoccupied” at its last heartbeat, any new occupancy detection event will be transmitted immediately. ÃIf a sensor transmitted “occupied” at its last heartbeat, new occupancy events will only be transmitted at the heartbeat interval, thus conserving battery life. ÃThe wirelessly linked wall switch load controller and/or power pack maintains a master time delay that is reset every time a linked sensor reports occupancy. Lights will be switched off once all linked sensors have continously reported unoccupied for the duration of the time delay. BASIC OPERATION Sensors detect movement in the infrared energy that radiates from occupants as they move within the device’s field-of-view. Once occupancy is detected, the sensor immediately signals a wirelessly linked load controller (e.g. power pack) to switch on or dim up the connected lighting. At regular intervals, the sensor will retransmit its latest occupancy status such that the load controller can keep lights on for occupants during brief periods of inactivity, while returning the space to an energy saving lights off (or dim) state once no longer occupied. 12 6 0 ft 6 12 3.7 1.8 0 m 1.8 3.7 TOP VIEW 8 ft Mount 0 ft0 m 82.4 123.7 SIDE VIEW 0 ft 0 m 5 1.5 5 1.5 10 3 10 3 15 4.6 15 4.6 20 6.1 20 6.1 COVERAGE SMALL MOTION 360 - PASSIVE INFRARED (PIR) ÃExcellent detection of small motions from sitting or stationary occupants (e.g. hand motions). Ã8 to 12 ft (2.44 to 4.57 m) mounting height recommended. Ã~500 ft 2 of coverage ÃLine of site between occupant and sensor is required for detection. ÃSensor can not see through glass windows or doors. ÃDetection range improves when walking across beams as compared to into beams. ÃSpaces with small temperature differential between occupants and ambient may encounter reduced sensitivity/range. 1:48 Scale = 2.1% 10’ x 11’ SINGLE OFFICE Diagram 1 - Recommended Sensor Placement in a Private Office LINE VOLTAGE WIRELESS WALL SWITCH CONTROLLER WIRELESS CEILING SENSOR APPLICATIONS SMALL SPACES For control of small spaces like a private office, a single sensor linked to a wireless wall switch controller (SWX-851) is recommended (see diagram on right). Linking additional sensors is also an option if necessary. Switching from a second location (e.g. 3-way) is achieved by linking a remote wireless wall switch to the wireless switch controller. Both occupancy (auto-on) and vacancy (manual-on) operation are achievable in order to meet energy code requirements. ÃSmall Offices ÃCopy Rooms ÃPrivate Restrooms LARGE SPACES Multiple wireless sensors can be easily linked to a wireless power pack load controller (SWX-950) to provide coverage for larger spaces (or larger loads) like an open office. Additional functionality such as switching/dimming from multiple locations (e.g. 3-way) or interfacing with wired control devices is achieved by linking to a wireless power pack with appropriate functionality. ÃClassrooms ÃOpen Areas ÃConference Rooms ÃHallways ÃBreak Rooms SENSOR PLACEMENT Typically, a sensor should be …

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WIRELESS WIDEVIEW & HALLWAY OCCUPANCY SENSORS INSTALLATION & OPERATION INSTRUCTIONS SPECIFICATIONS ELECTRICAL & WIRELESS BATTERY TYPE Requires one CR123(A) Lithium Battery BATTERY LIFE Designed for 10 Year Life (under default settings) Non-Volatile Memory (saves all settings regardless of battery state) Blink Warning @10% Life RANGE 80’ line of site w/o obstruction (walls) 40’ with obstruction (walls/floors) FREQUENCY 915 MHz ISM Band WIRELESS LINKING Simple 3 sec. Push Button Process SECURITY All Wireless Data is Encrypted ENVIRONMENTAL OPERATING TEMP 32°F to 122°F (0°C to 50°C) RELATIVE HUMIDITY 0-95% Non-Condensing, Indoor Use Only CODE COMPLIANCE These sensors can be used to meet ASHRAE 90.1, IECC, & Title 24 energy code requirements. PHYSICAL SIZE 2.875” H x 2.75” W x 3.25”D (7.30 x 6.98 x 8.25 cm) WEIGHT 4.75 oz. COLOR White LED INDICATION Motion Detection (when in Test Mode) Wireless Linking (Pairing) OPERATION OPERATING MODES Occupancy & Vacancy Modes Configured on Linked Controller COMPATIBLE LOAD CONTROLLERS SWX-851 Wall Switch SWX-950 Series Power Packs WIRELESS TEST MODE Button Toggles On/Off Wirelessly Linked Loads COVERAGE TEST MODE White LED Illuminates Upon Detected Occupancy TIME DELAY OPTIONS Configured at Load Controller(s) 1, 5, 10, 15, 20, 30 min. FEATURES ÃPairs in Seconds with Wireless Controllers ÃPassive Infrared (PIR) Detection ÃWide View or Hallway (Long Range) Coverage Pattern Options Ã10 Year Battery Life Design ÃCompact Size and Matte Finish ÃFive Contractor Friendly Mounting Methods ÃMounting Nipple Attachment with Integrated Hole Saw ÃConvenient Test Modes OVERVIEW The SENSORWORX ® wireless wide view and hallway occupancy sensors are a simple, yet reliable battery powered control solution. Preferred by contractors for their flexible mounting methods, SENSORWORX wireless sensors greatly reduce total installation time and wireless pairing fuss. Requiring just a few seconds per device, SENSORWORX wireless sensors can be linked to one or more wireless load controllers (such as the SWX-851 wireless wall switch, or a SWX-950 series wireless power pack). Additionally, these sensors can be configured to work in applications with other wireless or wired ceiling, corner, or hallway sensors to provide extended coverage in large or irregularly shaped spaces. As with all SENSORWORX products, the latest passive infrared technology and digital signal processing techniques are used to provide unmatched occupant detection performance and energy savings. MODEL NUMBERSDESCRIPTION SWX-401-B WIRELESS WIDEVIEW SENSOR, PIR, BATTERY POWERED SWX-402-B WIRELESS HALLWAY SENSOR, PIR, BATTERY POWERED DETAILED OPERATION ÃBy default, every ~60 seconds the sensor transmits whether or not occupancy was detected during the previous period. ÃReferred to as the sensor’s “heartbeat”, this period can be reduced to ~30 seconds although this will decrease expected battery life. ÃIf a sensor transmitted “unoccupied” at its last heartbeat, any new occupancy detection event will be transmitted immediately. ÃIf a sensor transmitted “occupied” at its last heartbeat, new occupancy events will only be transmitted at the heartbeat interval, thus conserving battery life. ÃThe wirelessly linked wall switch load controller and/or power pack maintains a master time delay that is reset every time a linked sensor reports occupancy. Lights will be switched off once all linked sensors have continously reported unoccupied for the duration of the time delay. BASIC OPERATION Sensors detect movement in the infrared energy that radiates from occupants as they move within the device’s field-of-view. Once occupancy is detected, the sensor immediately signals a wirelessly linked load controller (e.g. power pack) to switch on or dim up the connected lighting. At regular intervals, the sensor will retransmit its latest occupancy status such that the load controller can keep lights on for occupants during brief periods of inactivity, while returning the space to an energy saving lights off (or dim) state once no longer occupied. TOP VIEW 8 ft Mount 0 ft0 m 82.4 103 SIDE VIEW 0 ft 0 m 6 1.7 15 4.6 25 7. 7 50 15.3 75 22.8 40 12.2 165 3310 3310 165 0 ft0 m Small Motion Large Motion TOP VIEW 0 ft0 m 6.82.1 SIDE VIEW 0 ft 0 m 3 1 7 2.2 10 3 60 18.3 100 30.5 35 10.7 0 ft 0 m 3 1 7 2.2 10 3 60 18.3 100 30.5 35 10.7 82.5 165 165 82.5 0 ft0 m COVERAGE PATTERN PASSIVE INFRARED (PIR) WIDE VIEW 120° ÃSmall motion (e.g., hand movements) detection up to 40 ft (12.19 m) ÃLarge motion (e.g., walking) detection up to 70 ft (21.34 m) ÃDesigned for 8 to 12 ft (2.44 to 3.66 m) high mounting Diagram reflects sensor in first position. Adjust angle downward if mounting above 10 feet or to decrease gap directly under sensor. HALLWAY (LONG RANGE ) ÃDesigned for 8 to 12 ft (2.44 to 3.66 m) high mounting ÃLarge motion (e.g., walking) detection up to 100 ft (30.48 m) ÃDetection occurs sooner when crossing coverage beams upon entry to a hallway as opposed to entering from the end and walking directly at the sensor APPLICATIONS A single wireless wide view sensor provides an excellect soltion for a medium sized space like a conference room or small classroom. However, multiple wireless sensors can be easily linked to the same load controller(s) to provide coverage for larger spaces like an open office or large classroom. The wireless hallway sensor provides excellent coverage of hallways from one or both ends. Additionally, when linked to wireless wall switch load controllers (SWX-851) or to wireless power packs (SWX-950 Series) and remote wireless wall stations, these sensors can be used to meet ASHRAE 90.1, IECC, & Title 24 energy code requirements that require vacancy operation. ÃClassrooms ÃOpen Offices ÃConference Rooms ÃHallways ÃBreak Rooms COMPATIBLE WIRELESS DEVICES The below chart lists the devices that can be used in a SENSORWORX wireless application. Note that sensors and remote switch & dimmer devices are transmit only devices and therefor…

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June 10, 2020 Federal Communications Commission Authorization and Evaluation Division RE: Confidentiality request regarding application for certification of FCC ID: 2AVRY-SWX0002 To Whom It May Concern: Pursuant to 47 CFR Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: Type of Confidential Request Exhibit Type File Name Permanent Block Diagram 2AVRY-SWX0002 BlkDia.pdf Permanent Schematic 2AVRY-SWX0002 Schem.pdf Permanent Operational Description 2AVRY-SWX0002 OpDes.pdf Short Term Internal Photos 2AVRY-SWX0002 IntPho.pdf The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to BLP Technologies and provide unjustified benefits to its competitors. BLP Technologies understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Pursuant to DA04-1705 June 15, 2004 of the Commission’s public notice, we also require short term confidential treatment of information for a period of 180 days. This enables BLP Technologies to complete its development and regulatory efforts prior to introducing the product to the marketplace. Releasing information on the product via the FCC website prior to formal market introduction can be confusing to our customers, and places BLP Technologies at a competitive disadvantage. Sincerely, William Fassbender [email protected] BLP Technologies, Inc. Sensorworx 2a Research Parkway Wallingford, CT 06492 203-678-4224 Ext. 110

April 20, 2020 Federal Communications Commission Authorization and Evaluation Division RE: FCC ID: 2AVRY-SWX0002 To Whom It May Concern: Please be advised that William Fassbender of BLP Technologies, Inc. authorizes Larry Stillings of Compliance Worldwide, Inc. to act on our behalf, until otherwise notified, for applications submitted for the purpose of obtaining an FCC Grant of Equipment Authorization. We certify that we are not subject to denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse ACT of 1988, U.S.C. 862. Further, no party, as defined in 47 CFR 1.2002(b), to the application is subject to denial of federal benefits, that includes FCC benefits. Thank you for your attention to this matter. Sincerely, William Fassbender [email protected] BLP Technologies, Inc. Sensorworx 2A Research Parkway Wallingford, CT 06492 (203) 678-4224 Ext. 110

External Photos - Wireless Sensor – 830-45E-10000 SWX-201-B Front Rear Battery Cover Removed Top Bottom Left Right Top Cover Removed SWX-401-B Front Rear Battery Cover Removed Top Bottom Left Right

May 1, 2020 Federal Communications Commission Authorization and Evaluation Division RE: FCC ID: 2AVRY-SWX0002, Wireless Sensor Label Samples Best Regards, William Fassbender BLP Technologies Sensorworx 2a Research Parkway Wallingford, CT 06492 (203) 678-4224 Ext. 110 [email protected]

May 1, 2020 Federal Communications Commission Authorization and Evaluation Division RE: FCC ID: 2AVRY-SWX0002, Wireless Sensor Label Location Best Regards, William Fassbender BLP Technologies Sensorworx 2a Research Parkway Wallingford, CT 06492 (203) 678-4224 Ext. 110 [email protected]

Internal Photos - Wireless Sensor – 830-45E-10000 SWX-201-B Inner Cover Removed Module Front Module Front Labeled Module Rear SWX-401-B Front Cover Off Module Front Module Front labeled Module Rear

Test Number: 180-20 Issue Date: 4/17/2020 Page 28 of 54 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 7. Measurement Data (continued) 7.11. Public Exposure to Radio Frequency Energy Levels (15.247(i) (1.1307 (b)(1)) RSS- GEN, ISSUE 5, section 3.4, RSS 102) 7.11.2. RSS-102 Issue 5 Requirements Requirement: Requirement: RF exposure evaluation is required if the separation distance between the user and/or bystander and the device’s radiating element is greater than 20 cm, except when the device operates as follows: at or above 300 MHz and below 6 GHz and the source-based, time- averaged maximum e.i.r.p. of the device is equal to or less than 1.31 x 10-2 ƒ0.6834 W (adjusted for tune-up tolerance), where ƒ is in MHz. Results: Compliant Frequency Separation Distance Maximum Power 1 RSS-1 02 Exemption Limit 2 Result (MHz) (cm) (mW) (W/m 2 ) (W/m 2 ) 903 ≥ 20 6.68 0.01056 1.37 Compliant 915 ≥ 20 8.04 0.01270 1.38 Compliant 927 ≥ 20 6.87 0.01086 1.40 Compliant 1 Reference Section 6.2 of this report. 2 Reference RSS-102, § 2.5.2 Exemption Limits for Routine Evaluation – RF Exposure Evaluation for distances greater than 20 cm. The following formula was used to determine the exemption limit (W): 1.31 x 10 -2 ƒ 0.6834 (ƒ = frequency (MHz))

Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.compl ianceworldwide.com COMPLIANCE WORLDWIDE INC. TEST REPORT 180-20 In Accordance with the Requirements of FCC PART 15.247, SUBPART C Innovation, Science and Economic Development Canada RSS-247, Issue 2 Low Power License-Exempt Radio Communication Devices Intentional Radiators Issued to BLP Technologies 3 Essex Square Essex, CT 06426 for the Wireless Ceiling Sensor and the Wireless Wide View Sensor 915 MHz Transmitter FCC ID: 2AVRY-SWX0002 IC: 26012-SWX0002 HVIN: 830-45E-10000 Report Issued on April 17 , 2020 Tested by This test report shall not be reproduced, except in full, without written permission from Compliance Worldwide, Inc. Test Number: 180-20 Issue Date: 4/17/2020 Page 2 of 54 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com Table of Contents 1. Scope ............................................................................................................................................................ 3 2 .Product Details .............................................................................................................................................. 3 2.1 Manufacturer ............................................................................................................................................ 3 2.2 Model Number ......................................................................................................................................... 3 2.3 Serial Number .......................................................................................................................................... 3 2.4 Description ............................................................................................................................................... 3 2.5 Power Source .......................................................................................................................................... 3 2.6 Hardware Revision .................................................................................................................................. 3 2.7 Software Revision .................................................................................................................................... 3 2.8 Modulation Type ...................................................................................................................................... 3 2.9 Operating Frequency ............................................................................................................................... 3 2.10 EMC Modifications ................................................................................................................................. 3 3. Product Configuration .................................................................................................................................... 3 3.1 Operational Characteristics & Software ................................................................................................... 3 3.2 EUT Hardware ......................................................................................................................................... 4 3.3 EUT Cables/Transducers......................................................................................................................... 4 3.4 Support Equipment .................................................................................................................................. 4 3.5 Block Diagram ......................................................................................................................................... 4 4. Measurements Parameters ........................................................................................................................... 5 4.1 Measurement Equipment Used to Perform Test ...................................................................................... 5 4.2 Measurement Software ............................................................................................................................ 5 4.3 Measurement & Equipment Setup ........................................................................................................... 5 4.4 Measurement Procedures........................................................................................................................ 6 4.5 Measurement Uncertainty ........................................................................................................................ 6 5. Choice of Equipment for Test Suits ............................................................................................................... 6 5.1 Choice of Model ....................................................................................................................................... 6 5.2 Presentation ............................................................................................................................................. 6 5.3 Choice of Operating Frequencies ............................................................................................................ 6 6. Measurement Summary ................................................................................................................................ 7 7. Measurement Data ........................................................................................................................................ 8 7.1 Antenna Requirement .............................................................................................................................. 8 7.2 Minimum DTS Bandwidth ........................................................................................................................ 9 7.3 Maximum Peak Conducted Output Power ................................................................…

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Test Number: 180-20 Issue Date: 4/17/2020 Page 29 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.1. SWX-201-B 8.1.1 Spurious Radiated Emissions 1 MHz to 30 MHz – Front Test Number: 180-20 Issue Date: 4/17/2020 Page 30 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.1. SWX-201-B 8.1.2. Spurious Radiated Emissions, 1 MHz to 30 MHz – Rear Test Number: 180-20 Issue Date: 4/17/2020 Page 31 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.1. SWX-201-B 8.1.3. Spurious Radiated Emissions, 30 MHz to 1000 MHz – Rear Test Number: 180-20 Issue Date: 4/17/2020 Page 32 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.1. SWX-201-B 8.1.4. Spurious Radiated Emissions, 1000 MHz to 9270 MHz – Front Test Number: 180-20 Issue Date: 4/17/2020 Page 33 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.1. SWX-201-B 8.1.5. Spurious Radiated Emissions, 1000 MHz to 9270 MHz – Rear Test Number: 180-20 Issue Date: 4/17/2020 Page 34 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.2. SWX-401-B 8.2.1 Spurious Radiated Emissions 1 MHz to 30 MHz – Front Test Number: 180-20 Issue Date: 4/17/2020 Page 35 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.2. SWX-401-B 8.2.2. Spurious Radiated Emissions, 1 MHz to 30 MHz – Rear Test Number: 180-20 Issue Date: 4/17/2020 Page 36 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.2. SWX-401-B 8.2.3. Spurious Radiated Emissions, 30 MHz to 1000 MHz – Rear Test Number: 180-20 Issue Date: 4/17/2020 Page 37 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.2. SWX-401-B 8.2.4. Spurious Radiated Emissions, 1000 MHz to 9270 MHz – Front Test Number: 180-20 Issue Date: 4/17/2020 Page 38 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.2. SWX-401-B 8.2.5. Spurious Radiated Emissions, 1000 MHz to 9270 MHz – Rear Test Number: 180-20 Issue Date: 4/17/2020 Page 39 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.3. Conducted Mode Measurements 8.3.1. Measurement Setup Test Number: 180-20 Issue Date: 4/17/2020 Page 40 of 66 Compliance Worldwide, Inc. - 357 Main Street - Sandown, NH 03873 (603) 887 3903 Fax (603) 887 6445 www.complainceworldwide.com 8. Test Setup Photographs 8.3. Conducted Mode Measurements 8.3.2. Module Close-up